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桥梁施工控制技术(续)
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(上海市基础工程公司特种基础设计所)

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邱式中

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TU995

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Bridge Construction Control Technology (Continued)
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(Special Foundation Design Institute of Shanghai Basic Engineering Company)

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    摘要:

    (续上期) 根据上述分析,该系统可通过安装在桥墩上的高精度角位移传感器,将采集的角度信号经信号调整装置送至计算机,经数据处理后给出大桥各墩的水平位移值。再者,顶推过程中测力装置将测得的油压信号也传送计算机,经换算给出顶推力。计算机实时监测墩顶位移和顶推力,并在屏幕上显示这些数据。图8为角位移与线位移关系及测量原理图

    Abstract:

    According to the above analysis, the system can use high-precision angular displacement sensors installed on bridge piers to transmit the collected angle signals to the computer through signal adjustment devices. After data processing, the horizontal displacement values of each pier of the bridge can be given. Furthermore, during the pushing process, the force measuring device also transmits the measured oil pressure signal to the computer, which is converted into the pushing force. The computer monitors the displacement and thrust of the pier top in real-time and displays these data on the screen. Figure 8 shows the relationship between angular displacement and linear displacement and the measurement principle diagram

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Qiu Shizhong Bridge Construction Control Technology (Continued). Prestress Technology 2008,12(06):36-38. 10.59238/j. pt.2008.06.008

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  • 在线发布日期: 2023-08-10
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